Speaking from ignorance, when an atom/quark/partical spins, do they share Axial precession? Meaning is/are the axial rotation(s) of one atom or quark... harmonized and get to equalibrium - (like women's cycles when spending time together?) -- Meaning they all share the same axial precessional rotation. or are all the axial precessions of items clumped together chaotic.
Now, if there is a higgs boson partical which affects the precessional rotation of clumps of particals, (atoms/molocules) etc... and given that the higgs are rare... not often will it interact with a material, correct?
But when it does - what is the impact.
Also, is the axial precession, along with the spinning of the partical what results in the spiral patterns of wobbly-objects like we see in particle physics printouts of the impacts of these precessional object that have differing precesseional "orbits"
Meaning -- if we knew both the spin, plus the axial precession of each object, wouldnt we be able to better predict the output of a collision...
And as such, when we go to cosmic scales, cant we then more easily determine how to predict the interactions of cosmic objects when they collide...
Further, can we figure out to affect the rotation of an axial precession by using something like a higgs boson to change the state / wobble - for a more accurate outcome that can be 'programmed in a sense?"
SO: can we "steer" the spinning coheasion/uniformity/dis-uniformity of atoms by figuring out to change the material properties (such as magnetic fields) by Higgs-like-particle-surgery against a material (group of atoms)?
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Like I said, ELI5 - as I just read this article and what I know about other things and this is where my imagination went, so don't be a dick. I am curious.
Speaking from ignorance, when an atom/quark/partical spins, do they share Axial precession? Meaning is/are the axial rotation(s) of one atom or quark... harmonized and get to equalibrium - (like women's cycles when spending time together?) -- Meaning they all share the same axial precessional rotation. or are all the axial precessions of items clumped together chaotic.
Now, if there is a higgs boson partical which affects the precessional rotation of clumps of particals, (atoms/molocules) etc... and given that the higgs are rare... not often will it interact with a material, correct?
But when it does - what is the impact.
Also, is the axial precession, along with the spinning of the partical what results in the spiral patterns of wobbly-objects like we see in particle physics printouts of the impacts of these precessional object that have differing precesseional "orbits"
Meaning -- if we knew both the spin, plus the axial precession of each object, wouldnt we be able to better predict the output of a collision...
And as such, when we go to cosmic scales, cant we then more easily determine how to predict the interactions of cosmic objects when they collide...
Further, can we figure out to affect the rotation of an axial precession by using something like a higgs boson to change the state / wobble - for a more accurate outcome that can be 'programmed in a sense?"
SO: can we "steer" the spinning coheasion/uniformity/dis-uniformity of atoms by figuring out to change the material properties (such as magnetic fields) by Higgs-like-particle-surgery against a material (group of atoms)?
---
Like I said, ELI5 - as I just read this article and what I know about other things and this is where my imagination went, so don't be a dick. I am curious.
https://en.wikipedia.org/wiki/Axial_precession